2016 Catalog. hawserslingco.com

Transcription

1 06 Catalog

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3 Table of Contents Definitions Company Info Quality and Continuous Improvement CORDAGE SuperMax SuperMax78 SuperMaxP SuperMax78P SuperMaxD HawserMax78D DyMax Nylon Double Braid / Polyester Double Braid OceanMax PMP Polyester Mooring Plus SuperTec SuperMax Round Sling Web Slings / Type & Web Slings / Type & Web Slings / Type 5 & 6 SuperMax Eye & Eye Sling WLL SuperMax Endless Loop Grommet Sling WLL Tycan Chain WIRE ROPE 6x9 Bright FC/ IWRC 6X7 Bright FC / IWRC 6X9 Galvanized FC/IWRC 6x7 Galvanized FC / IWRC 8 x 9 Rotation Resistant FC / IWRC 8 x 7 Rotation Resistant FC / IWRC 6 x 9 Compacted FC / IWRC 6 x / 8 x Large Dia. IWRC 6 x / 8 x Large Dia. Compacted IWRC 8 7+FC 8 7+IWRC INSTALLATION AIDS Imenco Hooks Imenco Load Transfer Imenco Type Imenco Type Imenco ROV Shackle Imenco ROV Shackle Features Imenco ROV Shackle Operation Imenco ROV Hydraulic Shackle HARDWARE General Hardware List Tycan Hook and Chain Binder INSPECTION CRITERIA Conditions To Avoid

4 Definitions Hawser haw ser, hôz r, s r (n) e. a heavy rope for mooring or towing.. a large rope for towing, mooring, or securing a ship Sling sling (n). usually a looped line (as of strap, chain, or rope) used to hoist, lower, or carry something;. a chain hooked at the bow and stern of a boat for lowering or hoisting. a device used in lifting to be hoisted by a crane or tackle Hawser Sling Co. haw ser sling (n). a high quality supplier of small to large capacity synthetic slings, wire rope and rigging components.. a superior rigging and lifting solutions company.

5 Company Info We are your solution for rigging services in all applications. Our Goal is to be the leading provider of rigging services and products, project management, consulting services specializing in synthetic or wire rope lifting solutions. With a broad experience base in oneoff applications we offer engineered solutions to all your rigging needs. We deliver world class service, support and solutions that improve efficiency, reduce operational cost, and provide long term value, performance, and safety. A unique blend of engineering, project management, and experience allows us to be a consultative synthetic rope and wire rope rigging solutions provider. Nevertheless our success is achieved by building lasting relationships with our clients, having industry competitive standards for product quality, and delivering complete customer support. We are veterans who proudly served our nation and who appreciate the values of integrity when dealing with our clients. We treat each client individually, respect their confidentiality and strive to provide a solution that aims to solve their challenge. We create new value not just by producing ropes and slings but by providing a total rope solution. We adhere to a philosophy of Continuous Improvement. This fundamental approach is a key factor behind the development of our Rigging Asset Management System (RAMS) which we feel offers a unique answer to your concerns over tracking certifications, inspections, testing, recertification and storage of rigging components. Simply, we perform these functions and maintain your rigging at our facility. RAMS is not only a turnkey inspection and recertification program but it also allows our clients to pull from an inventory of spares at a moment s notice. As part of our growth initiative, Hawser Sling Company has established strategic relationships with synthetic rope, wire rope, shackle and lifting components manufacturers worldwide. All manufacturers meet Hawser Sling Company s strict quality standards and have been chosen because of their reputation for zero defects and consistently producing superior products on time. Our partners carry multiple globally recognized certifications for fiber and wire ropes such as API, LLOYD s, ABS, BV, DNV, CCS, GL, ISO900:008 and adhere to Cordage Institute and DNV standards. Choosing Hawser Sling Company positions you for success with heavy lift synthetics, mooring, rigging and hardware. 5

6 Quality and Continuous Improvement Quality through inspection and testing The quality of incoming products or semimanufactured goods is inspected prior to shipment. Working with ISO certified manufacturers ensures that our quality standards, consistency and procedures remain at the top of industry standards. Manufacturer qualification Hawser Sling Co. implements one of the most stringent supplier qualification programs in the industry. Our business is to manage customer expectations and consistently deliver high quality products. MBL (Minimum Breaking Load) verification and Asbuilt field testing Computerized destructive testing confirms the actual breaking load of individual rope and strand. Fatigue cycle testing, simulating field conditions, verifies actual rope fatigue life. Employee education and training We support our employees in ongoing education and training opportunities that will ensure they have the correct tools to excel in their current and future positions. Equipment PMCS (Preventative Maintenance Checks and Services) Newer and wellmaintained equipment lead to greater product quality, consistency and ontime delivery. Maintaining this equipment properly ensures minimum down time and consistent ontime deliveries. Audit(s) and AAR (After Actions Reviews) Internal audits and after action reviews ensure open communication. and accountability. An AAR allows us to analyze what happened, why it happened and how it can be done better. With this distinct form of postmortem non biased review Hawser Sling Company shows it s dedication to a continuous improvement culture. Services Consulting, training and testing services Hawser Sling Company combines operational solutions with high performing products allowing us to provide efficient solutions from high capacity ropes to everyday operational improvements. We provide practical inspection procedures, onsite inspection of ropes and verification of rope operating conditions to identify potential problems. Training and educating riggers on proper product selection, use and handling of our products ensure safety and performance. Testing and analysis Inspection analysis, testing, and reporting allow for the specific verification of rope failure and identify possible rope and operational improvements. Proof loading and Certification We test finished products to customer specifications or Proofload requirements. Lengths of assemblies are within tolerances allowed by Cordage Institute, DNV, ABS and AWRF standards. As part of our safety assurance and quality control initiatives, Hawser Sling Company conducts Inspections, proofloading, certification and recertification services. Custom Rope Design and Engineering Operational restrictions ultimately develop rope design and lifting configuration. With our field tested engineers and staff we can design custom rope and/or sling applications to fit your operational needs. 6

7 CORDAGE 7

8 SuperMax SuperMax rope is the latest development in ultra high molecular weight polyethylene (UHMPE) ropes braided with Dyneema SK75 fiber. Our strand rope design is torqueneutral and has the strongest tensile strength per weight and is stronger than wire rope of the same diameter at roughly /8 the weight. Our proprietary coating blend and unique heat treatment process offers superior antiabrasion and wear characteristics. Minimum Break Load (MBL) is determined in accordance with Cordage Institute Test Methods for Fiber Rope. MBL published is spliced eyes at each end of the rope. Diameter and circumference size published is nominal and reflects rope size after loading (0 cycles) to 50% of MBL. Rope weights listed are average and may vary up to +/ 5%. Warning rope MBL should never be used as the safe working load (SWL). SuperMax is a trademark of DSR Corp. Dyneema is a trademark of DSM. 8 Dia INCH /6 / 5/6 /8 7/6 / 9/6 5/8 / /6 7/8 /6 /8 / 5/6 / 5/8 / /8 / / 5/8 / / / 5/8 / / 5/8 5 5/ 5/ 6 MM Circ. INCH MM 9/6 5 / 8 /8 7 / / 6 / 8 / 5 / 60 / 66 7 / 78 / 8 / / / 6 6 / / / / / / 96 8 KGS/00M Weight LBS/00FT MT ,007.88,06.77,97.0,0.5,.9 Min. Breaking Strength LBS. AVG. 5,600 6,60 8,00 8,90,600,860 7,900 9,690,500,650,900 5,090 8,700,570 5,00 57,50 68,900 75,790 75,500 8,050 9,00 0,80,000,00 0,000,000 9,000 6,900 68,000 8,800 97,000 6,700 5,000 7,500 9,000,00 0,000 5,000 6,000 98,00 6,000 79,600 90,000 59,000 50,000 59, , ,700 67,000 70,00 795,000 87, ,000,05,800,,000,5,00,,000,60,000,66,800,89,000,85,000,09,000,0,000,7,000,,000,69,000,0,000,7,000,69,000,9,000,876,000,96,000,,000,60,000 Material & Properties Material: Dyneema SK75 Melting Point: 50º C Specific Gravity:.97 (Float) Elongation at Break: 5% Water Absorption: ne UV resistance: Good Abrasion resistance: Superior Characteristics Good wear characteristics Easy to inspect Easy to splice High flex fatigue resistence Maximum strength to weight ratio Lowest elongation Longer life, and easy handling Superior abrasion resistance Torqueneutral / nonrotational Flexible & Floats Low creep Applications Lifting Slings Towing Rope Winch lines Tug Rope Pendant lines River barge face lines Replacement for Heavy wire sling Tow/Recovery winches Vessel Mooring Shipyard Mooring

9 SuperMax78 Material & Properties Material: Dyneema SK78 Melting Point: 50º C Specific Gravity:.97 (Float) Elongation at Break: 5% Water Absorption: ne UV resistance: Good Abrasion resistance: Superior Characteristics Good wear characteristics Easy to inspect Easy to splice High flex fatigue resistence Maximum strength to weight ratio Lowest elongation Longer life, and easy handling Superior abrasion resistance Torqueneutral / nonrotational Flexible & Floats Low creep Applications Lifting Slings Towing Rope Winch lines Tug Rope Pendant lines River barge face lines Replacement for Heavy wire sling Tow/Recovery winches Vessel Mooring Shipyard Mooring Dia INCH /6 / 5/6 /8 7/6 / 9/6 5/8 / /6 7/8 /6 /8 / 5/6 / 5/8 / /8 / / 5/8 / / / 5/8 / / 5/8 5 5/ 5/ 6 MM Circ. INCH MM 9/6 5 / 8 /8 7 / / 6 / 8 / 5 / 60 / 66 7 / 78 / 8 / / / 6 6 / / / / / / 96 8 KGS/00M Weight LBS/00FT MT ,007.88,06.77,97.0,0.5,.9 Min. Breaking Strength LBS. AVG. 5,600 6,60 8,00 8,90,600,860 7,900 9,690,500,650,900 5,090 8,700,570 5,00 57,50 68,900 75,790 75,500 8,050 9,00 0,80,000,00 0,000,000 9,000 6,900 68,000 8,800 97,000 6,700 5,000 7,500 9,000,00 0,000 5,000 6,000 98,00 6,000 79,600 90,000 59,000 50,000 59, , ,700 67,000 70,00 795,000 87, ,000,05,800,,000,5,00,,000,60,000,66,800,89,000,85,000,09,000,0,000,7,000,,000,69,000,0,000,7,000,69,000,9,000,876,000,96,000,,000,60,000 SuperMax78 rope is the latest development in ultra high molecular weight (UHMPE) ropes braided with Dyneema SK78 fiber. Our strand rope design is torqueneutral and has the strongest tensile strength per weight and is stronger than wire rope of the same diameter at roughly /8 the weight. Our proprietary coating blend and unique heat treatment process offers superior antiabrasion and wear characteristics. Permanent extension or breaking could occur in the event of severe creep of HMPE ropes when they are continuously loaded over a period of time. SuperMax78 rope was developed to keep the effects of creep to a minimum. Minimum Break Load (MBL) is determined in accordance with Cordage Institute Test Methods for Fiber Rope. MBL published is spliced eyes at each end of the rope. Diameter and circumference size published is nominal and reflects rope size after loading (0 cycles) to 50% of MBL. Rope weights listed are average and may vary up to +/ 5%. Warning rope MBL should never be used as the safe working load (SWL). SuperMax is a trademark of DSR Corp. Dyneema is a trademark of DSM. 9

10 SuperMaxP SuperMaxP rope consists of a UHMPE Dyneema SK75 strand rope core inside a marine finished polyester braided jacket. This combination works in tandem to provide superior abrasion resistance, high strength and a firm round torqueneutral construction. SuperMaxP has high flex fatigue resistance outperforming wire rope of the same size. Dia INCH 5/8 / /6 7/8 5/6 /6 /8 / /8 / 5/8 / /8 / / 5/8 / / 5/8 / 5/8 5 MM INCH / / / /8 / / / / / 5 5 / 6 6 / 7 7 / 8 8 / Circ. MM KGS/00M Weight LBS/00FT Min. Breaking Strength MT LBS. AVG ,00 8,500 6,700 77,00 9,800 0,00 08,00 8,800 9,900 85,00 05,000 5,00 97,600 6,700 9, , , , ,500 87,700,009,700,90,500,,00,6,00,86,500,7,500 8,70 5,50 67,870 8,90 0,80,50 8,90 5,680 6,890 0,70 5,500 76,0 7,60 00,070 7, ,700 67,780 76,900 86,550 9,70,0,670,09,550,566,60,806,60,00,50,0,50 Material & Properties Material Melting Point Specific Gravity: Elongation at Break: UV resistance: Abrasion resistance: Inside: Dyneema SK75 Outside: Polyester Inside: 50º C Outside: 65º C.0. 5% Superior Superior Characteristics Good wear characteristics Easy to inspect Easy to splice High flex fatigue resistence Maximum strength to weight ratio Low elongation Longer life, and easy handling Superior abrasion resistance Torqueneutral / nonrotational Flexible & Floats Low creep winch drum compression resistant Applications Winch Trucks Tow/Recovery winches Winch lines Towing Rope Lifting slings Tug Rope Pendant lines River barge face lines Replacement for Heavy wire slings Vessel Mooring Shipyard Mooring Pulling line 0

11 SuperMax78P Material & Properties Material Melting Point Specific Gravity: Elongation at Break: UV resistance: Abrasion resistance: Inside: Dyneema SK78 Outside: Polyester Inside: 50º C Outside: 65º C.0. 5% Superior Superior Characteristics Good wear characteristics Easy to inspect Easy to splice High flex fatigue resistence Maximum strength to weight ratio Low elongation Longer life, and easy handling Superior abrasion resistance Torqueneutral / nonrotational Flexible & Floats Low creep winch drum compression resistant Applications Winch Trucks Tow/Recovery winches Winch lines Towing Rope Lifting slings Tug Rope Pendant lines River barge face lines Replacement for Heavy wire slings Vessel Mooring Shipyard Mooring Pulling line Dia INCH 5/8 / /6 7/8 5/6 /6 /8 / /8 / 5/8 / /8 / / 5/8 / / 5/8 / 5/8 5 MM INCH / / / /8 / / / / / 5 5 / 6 6 / 7 7 / 8 8 / Circ. MM KGS/00M Weight LBS/00FT Min. Breaking Strength MT LBS. AVG ,00 8,500 6,700 77,00 9,800 0,00 08,00 8,800 9,900 85,00 05,000 5,00 97,600 6,700 9, , , , ,500 87,700,009,700,90,500,,00,6,00,86,500,7,500 8,70 5,50 67,870 8,90 0,80,50 8,90 5,680 6,890 0,70 5,500 76,0 7,60 00,070 7, ,700 67,780 76,900 86,550 9,70,0,670,09,550,566,60,806,60,00,50,0,50 SuperMax78P rope consists of a UHMPE Dyneema SK78 strand rope core inside a marine finished polyester braided jacket. This combination offers superior abrasion resistance, strength and a torqueneutral construction all while keeping the rope firm and compact. Permanent extension or breaking could occur in the event of severe creep of HMPE ropes when they are continuously loaded over a period of time. SuperMax78P= rope was developed to keep the effects of creep to a minimum.

12 SuperMaxD SuperMaxD rope consists of a UHMPE Dyneema SK75 strand rope core inside a Dyneema braided jacket. This combination works in tandem to provide superior abrasion resistance, high strength and a firm round torqueneutral construction. SuperMaxD rope has high flex fatigue resistance and outperforms wire rope of the same size. Minimum Break Load (MBL) is determined in accordance with Cordage Institute Test Methods for Fiber Rope. MBL published is spliced eyes at each end of the rope. Diameter and circumference size published is nominal and reflects rope size after loading (0 cycles) to 50% of MBL. Rope weights listed are average and may vary up to +/ 5%. Warning rope MBL should never be used as the safe working load (SWL). SuperMax is a trademark of DSR Corp. Dyneema is a trademark of DSM. Dia INCH 5/8 / /6 7/8 5/6 /6 /8 / /8 / 5/8 / /8 / / 5/8 / / 5/8 / 5/8 5 MM INCH / / / /8 / / / / / 5 5 / 6 6 / 7 7 / 8 8 / Circ. MM Weight KGS/00M LBS/00FT Min. Breaking Strength MT LBS. AVG ,00 8,500 6,700 77,00 9,800 0,00 08,00 8,800 9,900 85,00 05,000 5,00 97,600 6,700 9, , , , ,500 87,700,009,700,90,500,,00,6,00,86,500,7,500 8,70 5,50 67,870 8,90 0,80,50 8,90 5,680 6,890 0,70 5,500 76,0 7,60 00,070 7, ,700 67,780 76,900 86,550 9,70,0,670,09,550,566,60,806,60,00,50,0,50 Material & Properties Material Melting Point Specific Gravity: Elongation at Break: UV resistance: Abrasion resistance: Inside: Dyneema SK75 Outside: Dyneema Inside: 50º C.97(Float) 5% Superior Superior Characteristics Good wear characteristics Easy to inspect Easy to splice High flex fatigue resistence Maximum strength to weight ratio Low elongation Longer life, and easy handling Superior abrasion resistance Torqueneutral / nonrotational Flexible & Floats Low creep winch drum compression resistant Applications Winch Trucks Tow/Recovery winches Winch lines Towing Rope Lifting slings Tug Rope Pendant lines River barge face lines Replacement for Heavy wire slings Vessel Mooring Shipyard Mooring Pulling line

13 SuperMax78D Material & Properties Material Melting Point Specific Gravity: Elongation at Break: UV resistance: Abrasion resistance: Inside: Dyneema SK78 Outside: Dyneema Inside: 50º C.97(Float) 5% Superior Superior Characteristics Excellent abrasion resistance High Strength High flex fatigue resistence Maximum strength to weight ratio Low elongation Longer life, and easy handling Superior abrasion resistance Torqueneutral / nonrotational Flexible & Floats Low Creep Applications Winch Trucks Tow/Recovery winches Winch lines Towing Rope Lifting slings Tug Rope Pendant lines River barge face lines Replacement for Heavy wire slings Vessel Mooring Shipyard Mooring Pulling line Dia INCH 5/8 / /6 7/8 5/6 /6 /8 / /8 / 5/8 / /8 / / 5/8 / / 5/8 / 5/8 5 MM INCH / / / /8 / / / / / 5 5 / 6 6 / 7 7 / 8 8 / Circ. MM KGS/00M Weight LBS/00FT Min. Breaking Strength MT LBS. AVG ,00 8,500 6,700 77,00 9,800 0,00 08,00 8,800 9,900 85,00 05,000 5,00 97,600 6,700 9, , , , ,500 87,700,009,700,90,500,,00,6,00,86,500,7,500 8,70 5,50 67,870 8,90 0,80,50 8,90 5,680 6,890 0,70 5,500 76,0 7,60 00,070 7, ,700 67,780 76,900 86,550 9,70,0,670,09,550,566,60,806,60,00,50,0,50 SuperMax78D rope consists of a UHMPE Dyneema SK78 strand rope core inside a Dyneema braided jacket. This combination offers superior abrasion resistance, strength and a torqueneutral construction all while keeping the rope firm and compact. Permanent extension or breaking could occur in the event of severe creep of HMPE ropes when they are continuously loaded over a period of time. SuperMax78D rope was developed to keep the effects of creep to a minimum. Minimum Break Load (MBL) is determined in accordance with Cordage Institute Test Methods for Fiber Rope. MBL published is spliced eyes at each end of the rope. Diameter and circumference size published is nominal and reflects rope size after loading (0 cycles) to 50% of MBL. Rope weights listed are average and may vary up to +/ 5%. Warning rope MBL should never be used as the safe working load (SWL). SuperMax is a trademark of DSR Corp. Dyneema is a trademark of DSM.

14 DyMax DyMax rope was developed using high modulus polyethylene ropes braided with Dyneema SK6 fiber. DyMax is.5x stronger than polyester rope of the same construction and diameter. Our strand rope design is torqueneutral and our proprietary coating blend with our unique heat treatment process offers superior antiabrasion and wear characteristics. Dia INCH /6 / 5/6 /8 7/6 / 9/6 5/8 / /6 7/8 /6 /8 / 5/6 / 5/8 / /8 / / 5/8 / / MM Circ. INCH MM 9/6 5 / 8 /8 7 / / 6 / 8 / 5 / 60 / 66 7 / 78 / 8 / / / 6 6 / / / Weight KGS/00M LBS/00FT Min. Breaking Strength MT LBS. AVG ,700 6,700 9,700,000 6,500 5,000 0,600 7,000 7,000 55,000 67,000 8,00 90,000 99,000,000 5,000 55,000 88,000 6,000 5,000 06,000 60,000 05,000 50, ,000 58, ,000,070 7,70 0,670 5,00 8,50 7,500,660 0,700 5,700 60,500 7,700 89,0 99,000 08,900 5,00 7,500 70,500 06,800 7,600 77,00 6,600 96,000 5,500 95, ,900 69,00 775,500 Material & Properties Material: Dyneema SK6 Melting Point: 50º C Specific Gravity:.97 (Float) Elongation at Break: 6% Water Absorption: ne UV resistance: Good Abrasion resistance: Superior Minimum Break Load (MBL) is determined in accordance with Cordage Institute Test Methods for Fiber Rope. MBL published is spliced eyes at each end of the rope. Diameter and circumference size published is nominal and reflects rope size after loading (0 cycles) to 50% of MBL. Rope weights listed are average and may vary up to +/ 5%. Warning rope MBL should never be used as the safe working load (SWL). SuperMax is a trademark of DSR Corp. Dyneema is a trademark of DSM. Characteristics Good wear characteristics Easy to inspect Easy to splice High flex fatigue resistence Low elongation Longer life, and easy handling Superior abrasion resistance Torqueneutral / nonrotational Flexible & Floats Low Creep Applications Lifting Slings Towing Rope Winch lines Tug Rope Pendant lines River barge face lines Replacement for Heavy wire slings Tow/Recovery winches Vessel Mooring Shipyard Mooring

15 Nylon Double Braid Fiber Content: Nylon Fiber Specific Gravity:. Melting point: º C Elongation at Break: 55% Water Absorption: 5% UV resistance: Superior Abrasion resistance: Superior Applications Tow/Recovery winches Winch lines Towing Rope Lifting slings River barge face lines Replacement for Heavy wire slings Vessel Mooring Shipyard Mooring Pulling line stretch line / array stretcher line Nylon Double Braid Dia Circ. Weight Min. Breaking Strength INCH MM INCH MM KGS/00M LBS/00FT MT LBS. AVG. 5/8 / /8 / / 5/8 / / / 5/ / 6 6 /8 7 7 / 8 8 / / ,950 07,80 6,770 6,60 67,560 90,70 5,80,60 69,0 9,80 6,670 96,60 6,50 98,950 8,600 9,50 6,80 8,0 09,790 6,700 65,800 96,60 6,80 98,90 6,90 508,800 *te: sizes not shown are available on a case by case basis Nylon Double Braid Nylon Double Braid rope has high strength, good stretch and is a superior choice when shock absorption is needed. Nylon Double Braid rope will not harden with use and maintains its easy handling properties. Polyester Double Braid Fiber Content: Polyester Fiber Specific Gravity:.8 Melting point: 65º C Elongation at Break: 05% Water Absorption: 00% UV resistance: Superior Abrasion resistance: Superior Characteristics Good elongation Good stretch Superior shock absorption Easy handling Superior abrasion resistance Torqueneutral / nonrotational Flexible winch drum compression resistant Polyester Double Braid Dia Circ. Weight INCH MM INCH MM KGS/00M LBS/00FT 5/8 / /8 / / 5/8 / / / 5/ / 6 6 /8 7 7 / 8 8 / / Min. Breaking Strength MT LBS. 75,80 90,90 0,860,580,50 60,90 8,0,50 6,0 8,00 09,980 9,70 9,650 AVG. 8,0 99,0,050,80 55,700 77,00 99,60 5,980 59,980,80 0,980 7,70,90 Polyester Double Braid rope has high strength, low stretch and has good wear characteristics. Double Braid Polyester rope is durable, has superior wet abrasion resistance, a marine finish and is easy to splice. Minimum Break Load (MBL) is determined in accordance with Cordage Institute Test Methods for Fiber Rope. MBL published is spliced eyes at each end of the rope. Diameter and circumference size published is nominal and reflects rope size after loading (0 cycles) to 50% of MBL. Rope weights listed are average and may vary up to +/ 5%. Warning rope MBL should never be used as the safe working load (SWL). *te: sizes not shown are available on a case by case basis 5

16 OceanMax OceanMax Deep water mooring lines consists of a parallel laid load bearing core, sand and mud particle barriers and a braided protective jacket. OceanMax is made of marine finished polyester which has a superior resistance to abrasion than conventional polyester and a significantly longer service life. The load bearing core consists of several to multiple torqueneutral braided subropes encased in a particle barrier that can filter elements down to 5 microns. The braided protective jacket material and thickness can be changed per client requirements. Material & Properties Material Melting Point Specific Gravity: Elongation at Break: Water Absorption: Abrasion resistance: Inside: Polyester (Marine Finished) Outside: Polyester (Marine Finished) Inside: 65º C Outside: 65º C.8 (Sink) 80% (Worked Rope) Less than % Superior Applications Deep water mooring & anchor line Dia INCH MM / 80 / 88 7/ /5 5/ /5 5 / 0 5 5/6 8 6 / /8 6 6 / / / / / / 8 8/9 6 9 /7 9 / / /7 65 Circ. INCH MM Weight in Air KGS/00M LBS/00FT ,090 7,0 8,0 88,50 975,550,0,680,9,80,,950,,090,05,0,86,50,580,50,67,650,78,90,976,50,5,560,9,850,588,50,790,680,6 Weight in Sea Water KGS/00M LBS/00FT ,06 7, Min. Breaking Strength MT LBS. 00, , , , , ,50 500,0, ,, ,, ,,50 700,5, ,65, ,76, ,87,50 900,98, ,09,750,000,05,000,00,5,500,50,756,50,00,087,000,500,07,500,600,58,000,800,969,000,000,0,000 AVG. 85,00 606,75 77,650 88,95 970,00,09,75,,750,,05,55,00,576,575,697,850,89,5,90,00,06,675,8,950,0,5,5,500,668,050,0,875,95,700,68,50,880,800,65,900,85,000 Minimum Break Load (MBL) is determined in accordance with Cordage Institute Test Methods for Fiber Rope. MBL published is spliced eyes at each end of the rope. Diameter and circumference size published is nominal and reflects rope size after loading (0 cycles) to 50% of MBL. Rope weights listed are average and may vary up to +/ 5%. Warning rope MBL should never be used as the safe working load (SWL). 6

17 PMP Polyester Mooring Plus The load bearing portion of PMP is made of marine finished polyester which has a higher abrasion resistance and tenacity than that of conventional polyester. Marine finished polyester also has a higher elastic modulus due to the rope construction. PMP rope consists of load beraing core, sand and mud barrier and the protective jacket. The load bearing core is a strand braided rope and is torque neurtral. The thickness and material of the protective jacket can be changed for special applications. The jacket effectively blocks sand and mud and allows for a longer service life. Dia INCH 9/ / 7/8 /6 / /8 / /6 7/8 5/ 7/6 /6 5/6 /8 7/6 / MM Circ. INCH MM / 6 6 / / / / KGS/00M ,090 Weight LBS/00FT Min. Breaking Strength MT LBS. AVG ,75 8,95 67,580 96,5,90 60,90 86,650 7,50 6,85,000 58,75 67,00 67,55 76,65 85,850 96,00,0 5,807 8,8 5,870 7,0 86,09 5,5 9,7 00,08 85,00 569,99 679,0 79, ,88 897,5,08,70 Material & Properties Material Melting Point Specific Gravity: Elongation at Break: Water Absorption: Abrasion resistance: Applications Ship mooring & Anchor Line Pulling Line Inside: Polyester Marine Finished) Outside: Polyester Inside: 65º C Outside: 65º C.8 (Sink) 80% (Worked Rope) Less than % Superior Minimum Break Load (MBL) is determined in accordance with Cordage Institute Test Methods for Fiber Rope. MBL published is spliced eyes at each end of the rope. Diameter and circumference size published is nominal and reflects rope size after loading (0 cycles) to 50% of MBL. Rope weights listed are average and may vary up to +/ 5%. Warning rope MBL should never be used as the safe working load (SWL). 7

18 SuperTec SuperTec rope is a result of innovative technology that enables us to produce the strongest rope among, Polypropelene, Polyethylene and Polyolefin ropes. SuperTec outperforms standard Polypropelene ropes, is aprox 0% stronger than high tenacity PP ropes, has a higher abrasion resistance and does not absorb water. SuperTec rope is available in, 8 and strand rope designs. Material & Properties Dia Circ. Weight Min. Breaking Strength Fiber Content: Specific Gravity: Melting point: Water Absorption: UV resistance: Abrasion resistance: SuperTec fiber.9 (Float) 65 Degrees C ne Superior Superior Applications General purpose rope Replacement of PP, PE and Polyolefin ropes braided in, 8 and stand ropes INCH / 9/6 5/8 / 7/8 /8 / 5/6 / 5/8 / /8 / / 5/8 / / 5/8 MM INCH / / / / / / / 5 5 / 6 6 / 7 7 / 8 8 / 9 0 MM KGS/00M LBS/00FT MT LBS. 8,700,500,900 9,00 5,900 9,800 0,00 5,900 5,700 65,000 79,900 95,600 6,900,600 5,500 75,600 96,900 0,000 7,000 05,000 57,000 7,000 AVG. 9,570,650 6,90,0 8,90,780,0 50,90 56,870 7,500 87,890 05,60 8,590 8,060 68,850 9,60 6,590,000 7,700 5,500 9,700 69,700 Minimum Break Load (MBL) is determined in accordance with Cordage Institute Test Methods for Fiber Rope. MBL published is spliced eyes at each end of the rope. Diameter and circumference size published is nominal and reflects rope size after loading (0 cycles) to 50% of MBL. Rope weights listed are average and may vary up to +/ 5%. Warning rope MBL should never be used as the safe working load (SWL). 8

19 SuperMax Round Sling SuperMax Round Slings are high cpacity endless loop grommet construction slings consisting of High Molecular weight Polyethylene (UHMPE) fibers covered by an extremely durable Cordura jacket. At roughly /0th the weight of wire rope with the same breaking strength SuperMax Round Slings are light weight, easy to use, store and transport. With the ability to produce short lengths and capacities of 500t or more SuperMax Round Slings offer an efficient precise lifting solution. S.W.L (Safe Working Load) Vertical Choker Basket Working Load Limits Safety Factor 5: MBL lbs tons lbs tons lbs tons lbs tons lbs tons lbs tons lbs tons lbs tons 0,50,75,00,5 5,50 65,75 76,00 98,50 0,500,550 6,600 86,650 08,700 0,750,000 55,50 66, ,50,75,00,5 5,50 65,75 76,00 98,50 0,500,550 6,600 86,650 08,700 0,750,000 55,50 66, ,00 97,00 05,80,660,80,00,0 58,760 76,00 9,00,680 9,0 6,960 6,600 5,800,000 59, ,500,550 6,600 86,650 08,700 0,750 5,800 96,900,000 85,00 59,00 57,00 67,00 66,500 88,000,0,500,, ,50,75,00,5 5,50 65,75 76,00 98,50 0,500,550 6,600 86,650 08,700 0,750,000 55,50 66, ,50 69,785 85,0 00,655 6,090,55 6,960 77,80 08,700 9,570 70,0 0,0,80 6,050 67,00 77,750 0, ,50,75,00,5 5,50 65,75 76,00 98,50 0,500,550 6,600 86,650 08,700 0,750,000 55,50 66, ,50 606,75 66,500 76,65 77,750 86,875 88,000 99,50,0,500,,750,,000,,50,5,500,65,750,05,000,756,50,07, ,000,50,500 Minimum Break Load (MBL) is determined in accordance with Cordage Institute Test Methods for Fiber Rope. MBL published is spliced eyes at each end of the rope. Diameter and circumference size published is nominal and reflects rope size after loading (0 cycles) to 50% of MBL. Rope weights listed are average and may vary up to +/ 5%. Warning rope MBL should never be used as the safe working load (SWL). 9

20 Web Slings / Type I and II Type I Triangle Choker (TC) Designed for use in choker, basket or vertical hitch. Available in forged Aluminium Alloy (TCA) or flame cut Alloy Steel (TCS) Type II Triangle Triengle (TT) Application is limited to basket or vertical hitch only. Triangle fittings cannot be used in choke hitch since they will not pass through one another. Available in forged Aluminium Alloy (TTA) or flame cut Alloy Steel (TTS) Web Width Web Layers Rated Capacities in Lbs Web Width Web Layers Rated Capacities in Lbs , ,

21 Type III and IV / Web Slings Web Width Web Layers Rated Capacities in Lbs Eye Length Type III Eye & Eye Flat (EEF) The eye is formed by folding the webbing back and sewing in falt against the sling boody. Available in single or multiple thickness. Can be used in any hitch Type IV Eye & Eye Twist (EET) The eye is formed by turning the fabric 80º before sewing to form an eye which lays 90º to the sling body. It gives a superior chocker hitch and allows for a better fit on a crane hook in a basket hitch ,

22 Web Slings / Type V and VI Web Width Type V Endless (EN) Material is overlapped and sew to form an andless grommet. The most versatile of all slings. It can be used in any hitch. It is the easiest to use and lasts longer because there are no eyes to determine wearing points. Web Layers ,000 7, Rated Capacities in Lbs Web Width Type VI Reverse Eye Twist (RE) Reversed Eye RE (return eye) slings are formed by using multiple widths of webbing held edge to edge. A wear pad is attached on both sides of the web sling body, and on both sides of the loop eyes to form a loop eye at each end, which is at a right angle to the plane of the web sling body. Web Layers Rated Capacities in Lbs Eye Length

23 Eye & Eye Sling Ratings by Hitch Configurations SuperMax Sling WLL Sling Configurations INCH Dia MM INCH Circ. MM Minimum Breaking Load LBS MT Working Load Limits Design Factor of 5: Vertical Choker Basket LBS MT LBS MT LBS MT LBS MT LBS MT LBS MT Hitch Eye & Eye Vertical 00% MBL Choker Basket Angle 0 or > MBL Increase or decrease 0% reduction Two x verticle strength 90 strength minus 5% 90 strength minus 0% 00% MBL Sling charts Minimum Break Load (MBL) and sling ratings are designated in US lbs and Metric Tons (MT =,0.6lbs) The factor of safety (FOS) design factor is 5: on this chart according to existing lifting standard ASME B0.9. A lower FOS has and can be used according to lifting circumstances while following DNV guidelines. This decision must be made by a qualified person or designer of the lift in conjunction with Hawser Sling Company engineering support. /6 / 5/6 /8 7/6 / 9/6 5/8 / /6 7/8 /6 /8 / 5/6 / 5/8 / /8 / / 5/8 / / / 5/8 / /6 / /8 / / / / / / / / / / 5 5 / 6 6 / 7 7 / 8 8 / / / ,600 8,00,600 7,900,500,900 8,700 5,00 68,900 75,500 9,00,000 0,000 9,000 68,000 97,000 5,000 9,000 0,000 6,000 6,000 90,000 50, ,000 67, , ,000,,000,88,000,79,000,60, ,0,60,50,580,00 6,80 7,70 0,60,780 5,00 8,880,00 6,000 9,800,600 9,00 5,000 58,800 6,000 7,00 87,00 98,000 08,000,00,600 59,000 9,600 6,00 57,600 75,800, ,96,06,86,0 5,0 6,9 8,68,0,080 5,0 7,90 0,800,80 6,880,50 6,000 7,00 5,00 57,90 69,760 78,00 86,00 97,0 07,680 7,00 5,80 8,0 06,080 0,60 57, ,0,0 5,00 7,60 8,600,760 5,80 0,90 7,560 0,00 7,760,800 5,000 59,600 67,00 78,800 90,000 7,600 8,000,800 7,00 96,000 6,000,800 69,00 8,000 8,00 5,800 55,00 55,600 6, ,90,75,8 6,086 7,0 0,86,58 7,78,6 5,670,096 8,080,00 50,660 57,0 66,980 76,500 99,960 08,800,080 8,0 66,600 8,600 06,80 8,80 70,00 5,70 8,880 7,90 68,860 57, ,568,68,58 5,0 6,00 8,9 0,86,6 9,9,0 6,,60 6,00,70 7,00 55,60 6,000 8,0 89,600 0,60,080 7,00 5,00 69,960 88,0,600 68,0 6,960 60,60 86,0 50, ,0,60,50,580,00 6,80 7,70 0,60,780 5,00 8,880,00 6,000 9,800,600 9,00 5,000 58,800 6,000 7,00 87,00 98,000 08,000,00,600 59,000 9,600 6,00 57,600 75,800,

24 SuperMax Grommet Sling WLL Grommet Sling Ratings by Hitch Configurations INCH Dia MM INCH Circ. MM Minimum Breaking Load LBS MT Working Load Limits Design Factor of 5: Vertical Choker Basket LBS MT LBS MT LBS MT LBS MT LBS MT LBS MT Sling Configurations /6 / 5/6 /8 7/6 / /6 / /8 / / ,0,65 0,790 9,55 5,75 5, ,88,67,58 5,907 7,095 0, ,78,8,6,76 5,676 8, ,6,8 7,8 0,6,77 8, ,87,090 6,6 9,08 0,855 6, ,8,68 5,9 7, 8,90, ,88,67,58 5,907 7,095 0, Endless Grommet Hitch Vertical Angle MBL Increase or decrease.65 x 00% MBL of eye & eye Choker 0 or > 0% reduction 9/6 5/8 / /6 7/ / / / / ,855 86,95,685,575 55,760 8, ,77 7,59,77,95,5 6, ,7,807 8,90 9,9,9 9, ,988,066 0,97,87 56,07 66, ,50 6,06,788 8,0 7,66 56, ,09,76 8,69,9 9,5 6, ,77 7,59,77,95,5 6, Basket Two x verticle strength 90 strength minus 5% 90 strength minus 0%.65 x 00% MBL of eye & eye /6 6 / 78, , , , , ,05.5, /8 8 / 8 5, ,70. 9, , ,0. 6, ,70. / 0 / 90 77, ,0 5., , , , ,0 5. 5/6 96 5, , , , , , , / 6 / 08 7, , ,00 6.9, , ,555. 7,50.7 5/ , , , , , 67., ,00.0 / 5 / 58, , , , ,568 7., , /8 / / 5/8 / / / 5/ / 7 7 / 8 8 / / ,00 79,00 808,500 89,000,00,550,0,50,,750,580,700,867,800,5, ,60,880 6,700 78,00 00,0,090 6,50 6,0 7,560 5, ,568 5,0 9,60,560 60,8 77,67 09,880 5,9 98,88 0, ,08 58,98 9,060 0,760 60,558 99,76 7,0 569,05 67,08 765, ,77 0,6 7,0 7,66 06,7 9,798 0,96 8,69 57,57 650, ,50 8,89 0,7,5 5,9 79,8 0,56 98,6 70,686 55, ,60,880 6,700 78,00 00,0,090 6,50 6,0 7,560 5, Sling charts Minimum Break Load (MBL) and sling ratings are designated in US lbs and Metric Tons (MT =,0.6lbs) The factor of safety (FOS) design factor is 5: on this chart according to existing lifting standard ASME B0.9. A lower FOS has and can be used according to lifting circumstances while following DNV guidelines. This decision must be made by a qualified person or designer of the lift in conjunction with Hawser Sling Company engineering support. / 9 / 76,75, , , , , , , ,656, ,00.0 5, ,0.8 8, , ,00.0

25 Tycan Chain Tycan Chain made with Dyneema is the first DNV certified lashing chain that gives you the performance and flexibility of a steel chain at just a fraction of the weight. Due to the low weight and soft touch, Tycan lashing chains reduce physical effort and create a safer more efficient working environment. Benefits: Safer light weight, soft touch ; no recoiling violently Lighter weight reduction up to 80% Quieter no rattling, no noise when dragged or dropped Greener low carbon foot print nconductive insulates cargo from welding electricity Less damaging no damaging cargo or equipment Durable no corrosion, resistant to chemicals Waterproof floats, does not get soaked Tycan Chain Material & Properties Length Any length required Mobius Construction 8 layers of webbing from Dyneema type SK75, SK78 or DM0 Weight Number of chain links MBL Minimum Breaking Load Maximum Securing Load (Lashing) Elongation at Break PreTension load 0.60 kg/m 0 per meter chain 0t 0t 5% 5x times to 0t 0.5lbs / ft 6,00lbs,50lbs Sewing Pattern Sewing Thread Shackle Inner Length Shackle Inner Width Shackle Width Shackle Thickness Zigzag 5 degrees 0mm stitched straight side V pattern on slash side Dyneema XtremeTech 0 00mm 5mm 5mm mm.5in in in.5in 5

26 6

27 WIRE ROPE 7

28 6 x 9 Bright FC / IWRC * All ropes are manufactured and tested acoording to ISO, AWRF, ASME, DNV and BSEN standards. Wire type and construction are contigent on application. When using wire slings take lifting angles into consideration. Full sling capacity is acheived at a minimum of a : D/d ratio. WARNING, rope minimum breaking strength should never be used as the safe working load limit. 8 mm 7/6 / 9/6 5/8 /6 / /6 /6 /8 / /8 5/8 / /6 /8 minal Dia Inch Minimum Breaking Load (MT) FC Core Steel Core EIPS EEIPS Approx Weight EIPS EEIPS Z grade KG/MM² KG/MM² KG/MM² KG/MM² KG/MM² N/MM² N/MM² KG/M lbs/ft 770 N/MM² 960 N/MM² 60 N/MM² Approx Weight KG/M lbs/ft

29 6x7 Bright FC / IWRC mm 7/6 / 9/6 5/8 /6 / /6 7/8 /6 /8 / /8 5/8 / /6 /8 minal Dia Inch Minimum Breaking Load (MT) FC Core Steel Core EIPS EEIPS Approx Weight EIPS EEIPS Z grade KG/MM² KG/MM² KG/MM² KG/MM² KG/MM² N/MM² N/MM² KG/M lbs/ft 770 N/MM² 960 N/MM² 60 N/MM² Approx Weight KG/M lbs/ft * All ropes are manufactured and tested acoording to ISO, AWRF, ASME, DNV and BSEN standards. Wire type and construction are contigent on application. When using wire slings take lifting angles into consideration. Full sling capacity is acheived at a minimum of a : D/d ratio. WARNING, rope minimum breaking strength should never be used as the safe working load limit. 9

30 6 x 9 Galvanized FC / IWRC * All ropes are manufactured and tested acoording to ISO, AWRF, ASME, DNV and BSEN standards. Wire type and construction are contigent on application. When using wire slings take lifting angles into consideration. Full sling capacity is acheived at a minimum of a : D/d ratio. WARNING, rope minimum breaking strength should never be used as the safe working load limit. 0 mm 7/6 / 9/6 5/8 /6 / /6 /6 /8 / /8 5/8 / /6 /8 minal Dia Inch Minimum Breaking Load (MT) FC Core Steel Core EIPS EEIPS Approx Weight EIPS EEIPS Z grade KG/MM² KG/MM² KG/MM² KG/MM² KG/MM² N/MM² N/MM² KG/M lbs/ft 770 N/MM² 960 N/MM² 60 N/MM² Approx Weight KG/M lbs/ft

31 6x7 Galvanized FC / IWRC mm 7/6 / 9/6 5/8 /6 / /6 7/8 /6 /8 / /8 5/8 / /6 /8 minal Dia Inch Minimum Breaking Load (MT) FC Core Steel Core EIPS EEIPS Approx Weight EIPS EEIPS Z grade KG/MM² KG/MM² KG/MM² KG/MM² KG/MM² N/MM² N/MM² KG/M lbs/ft 770 N/MM² 960 N/MM² 60 N/MM² Approx Weight KG/M lbs/ft * All ropes are manufactured and tested acoording to ISO, AWRF, ASME, DNV and BSEN standards. Wire type and construction are contigent on application. When using wire slings take lifting angles into consideration. Full sling capacity is acheived at a minimum of a : D/d ratio. WARNING, rope minimum breaking strength should never be used as the safe working load limit.

32 8 x 9 Rotation Resistant FC / IWRC Minimum Breaking Load (MT) * All ropes are manufactured and tested acoording to ISO, AWRF, ASME, DNV and BSEN standards. Wire type and construction are contigent on application. When using wire slings take lifting angles into consideration. Full sling capacity is acheived at a minimum of a : D/d ratio. WARNING, rope minimum breaking strength should never be used as the safe working load limit. 9/6 /6 mm / 7/8 /6 /8 / /8 / / minal Dia Inch FC Core Steel Core EIPS EEIPS Approx Weight EIPS EEIPS Z grade KG/MM² KG/MM² KG/MM² KG/MM² KG/MM² N/MM² N/MM² KG/M lbs/ft 770 N/MM² 960 N/MM² 60 N/MM² Approx Weight KG/M lbs/ft

33 8 x 7 Rotation Resistant FC / IWRC Minimum Breaking Load (MT) mm 9/6 5/8 /6 / 7/8 /6 /8 / /8 / / minal Dia Inch FC Core Steel Core EIPS EEIPS Approx Weight EIPS EEIPS Z grade KG/MM² KG/MM² KG/MM² KG/MM² KG/MM² 770 N/MM² 960 N/MM² KG/M lbs/ft 770 N/MM² 960 N/MM² 60 N/MM² Approx Weight KG/M lbs/ft * All ropes are manufactured and tested acoording to ISO, AWRF, ASME, DNV and BSEN standards. Wire type and construction are contigent on application. When using wire slings take lifting angles into consideration. Full sling capacity is acheived at a minimum of a : D/d ratio. WARNING, rope minimum breaking strength should never be used as the safe working load limit.

34 6 x 9 Compacted FC / IWRC * All ropes are manufactured and tested acoording to ISO, AWRF, ASME, DNV and BSEN standards. Wire type and construction are contigent on application. When using wire slings take lifting angles into consideration. Full sling capacity is acheived at a minimum of a : D/d ratio. WARNING, rope minimum breaking strength should never be used as the safe working load limit. mm 7/6 / 9/6 5/8 /6 / /6 /6 /8 / /8 5/8 / /6 /8 minal Dia Inch Minimum Breaking Load (MT) FC Core Steel Core EIPS EEIPS Approx Weight EIPS EEIPS Z grade KG/MM² KG/MM² KG/MM² KG/MM² KG/MM² N/MM² N/MM² KG/M lbs/ft 770 N/MM² 960 N/MM² 60 N/MM² Approx Weight KG/M lbs/ft

35 6 x / 8 x Large Dia. IWRC Minimum Breaking Load (MT) minal Dia 6 x / 8 x Large Dia. IWRC EIPS EEIPS Z GRADE ZZ GRADE ZZZ GRADE Approx Weight incj mm lbs tons lbs tons lbs tons lbs tons lbs tons lbs/ft lbs/ft /8 / /8 / 5/8 / 7/8 /8 / /8 / / / / / 5 5 / 5 / 5 / ,900 6,75,000 7,075 9,90 507,50 59,05 60,70 659,95 7,65 756,5 796,005 88, ,75 875,85 959,75,06,50,07,75,,0,,95,8,085,,750,5,050,67,00,5,85,556,70,658,60,69,5,8,75,00,805,077,0,8,075,7,55,9,5,5,960,56,5,6,95,756,50,8,0,95, ,85 5,0 87,05 5,790 5,65 560,070 60,70 66,705 77,650 79,800 80,60 86,60 888,65 97,5 956,970,009,890,087,065,098,090,6,0,99,50,,5,7,85,,00,,50,587,600,6,700,77,50,770,65,9,580,,5,80,75,,95,8,00,509,90,57,00,696,75,77,0,899,575,976,750,09, ,0 50,80 55,85 577,70 6,990 68,5 66,500 7,085 88, ,55 9,90 990,05,06,505,076,00,098,090,5,5,,800,8,00,8,5,78,5,5,095,88,75,578,780,60,05,755,80,80,690,86,5,900,70,070,95,8,80,5,095,509,90,58,980,687,895,75,05,888,550,9,70,00,0,8,00,5, ,970 50,5 56,75 60,70 69,50 659,95 69,575 78, ,950 98,50 979,00,06,50,065,05,7,780,6,05,,750,9,5,07,565,08,995,50,890,55,860,56,5,658,60,68,60,8,80,89,095,955,85,99,0,7,0,99,00,5,960,6,975,676,870,87,990,888,550,0,875,089,05,56,785,,985,90, ,00 568,890 58,0 66,0 665,90 685,755 7,085 8,65 897,5 987,80,00,95,080,50,09,5,86,90,0,55,6,60,7,55,6,690,68,50,5,60,59,5,6,905,70,95,757,85,97,70,980,090,06,0,085,90,7,55,509,90,566,60,756,50,800,50,98,085,00,850,68,585,8,0,06,75,99,5,65, * All ropes are manufactured and tested acoording to ISO, AWRF, ASME, DNV and BSEN standards. Wire type and construction are contigent on application. When using wire slings take lifting angles into consideration. Full sling capacity is acheived at a minimum of a : D/d ratio. WARNING, rope minimum breaking strength should never be used as the safe working load limit. 5

36 6 x / 8 x Large Dia. Compacted IWRC Minimum Breaking Load (MT) minal Dia 6 x / 8 x Large Dia. IWRC EIPS EEIPS Z GRADE ZZ GRADE ZZZ GRADE Approx Weight incj mm lbs tons lbs tons lbs tons lbs tons lbs tons lbs/ft lbs/ft * All ropes are manufactured and tested acoording to ISO, AWRF, ASME, DNV and BSEN standards. Wire type and construction are contigent on application. When using wire slings take lifting angles into consideration. Full sling capacity is acheived at a minimum of a : D/d ratio. WARNING, rope minimum breaking strength should never be used as the safe working load limit. /8 / /8 / 5/8 / 7/8 /8 / /8 / / / / / 5 5 / ,95,05 9,90 5,05 55,50 566,685 69, ,0 7,65 80,60 89,080 86,60 888,65 9,75 95,560,009,890,089,70,00,95,6,05,97,5,5,85,76,695,5,60,7,660 9, ,995,09,680,790,60,97,70,0,65,7,670,79,970,5,50,5, ,690 85,00 50,5 58,0 606,75 6,05 676,95 70, ,5 88,05 9, ,75 985,65,00,760,06,80,0,0,08,0,,570,9,0,,80,8,55,7,85,57,65,596,0,76,795,80,05,99,0,986,705,,055,5,095,88,05,5,55,57,5,76, ,0 555,660 59,5 69,50 67,70 69,575 79,700 86,875 90, ,660,09,75,095,885,,550,00,070,8,85,76,695,6,690,78,5,86,70,50,70,60,675,660,65 9,975,78,60,99,0,00,5,56,90,98,85,68,70,58,60,6,590,80,555,86,655,005, , ,555 69,605 78,80 7,5 7,65 769,55 868, ,75,07,75,08,655,6,600,77,70,65,670,9,0,5,050,7,660,5,095,558,95,605,0,697,850,79,75,8,80,87,05,06,0,0,570,6,55,08,65,85,05,7,50,77,890,9,70,987,775,55, ,50 6,05 66,0 67,70 78,80 70, ,5 877, ,995,067,0,0,500,66,5,97,5,8,05,07,565,6,690,7,90,90,580,585,95,6,905,7,05,76,000,869,80,898,505,079,5,6,65,6,55,08,65,56,90,756,50,87,990,989,980,06,85,06,

37 8 7+FC 8 7+IWRC PowerLift Rope is a roundtype rope which is used for Crane. PowerLift shows DSR s unique KnowHow and advanced technology. minal Dia FC Core 80 KG/MM² 00 KG/MM² Minimum Breaking Load (MT) Steel Core Approx weight 80 KG/MM² 00 KG/MM² 0 KG/MM² Approx weight MM INCH 770 N/MM² 960 N/MM² 60 N/MM² 770 N/MM² 960 N/MM² KG/M /6 /8 /6 / /6 /8 /6 / Properties Rotation resistance High structural stability High breaking load Excellent life time 7

38 8

39 INSTALLATION AIDS 9

40 ROV Lifting & Load Transfer Hooks ROV LIFTING HOOK Built for great stability during subsea operations. ROV TRANSFER HOOK With new slim design for narrow subsea operations. ROV LIFTING HOOK New slim design with easy operated locking mechanism. 0

41 ROV Load Transfer Hook Maintaining full integrity and security of the load, the hook also provides features for secondary load transfer back to the support vessel if any of the components on the FPSO/floaters or the pullinhead are in need of inspection or repair. E ROV Transfer Hook Hook Number Weight approx. (kg) A B C Hook dimensions D E F G* F 85Te R R7.5 00Te 50Te 00Te R80 R80 R R06 R7.5 R5 B C A D 50Te R R5 00Te R R0 00Te 500Te R5 R R0 R77.5 A 600Te 700Te R6 R R80 R80 G 800Te R R80 000Te *G Radius can be adjusted according to clients needs. R R00 A Seccion AA Available Certified by rd party Proof Load Test. Hooks can be customized to customer requirements. Features The Imenco hooks can be used for various subsea lifting operations. The slim design in all parts allows for pullin through narrow ITubes maintaining full integrity of the load. Supplied with safety wire for lock pin and release wire for latch mechanism. The security lip is designed for ROV operation on both the unlatching and for relatching and will in addition allow for guiding of a grommet onto the hook supported by the ROV only. The security lip is designed for up to 5Te WLL Calculated with safety factor =..

42 ROV Lifting Hook Type The ROV hooks range covers loads from Te WLL and have a safety arrangement which can be fixed in open or in closed position, and easily operated by a work class ROV. D ROV Transfer Hook Hook Number Weight approx. (kg) A B Hook dimensions C D E F* E 85Te R R7.5 F B 00Te 50Te 00Te 50Te R80 R80 R00 R R06 R7.5 R5 R5 Seccion AA A C 00Te 00Te 500Te R5 R5 R R0 R0 R Te R R80 A 700Te 800Te R6 R R80 R80 A 000Te *F Radius can be adjusted according to clients needs. R R00 Available Certified by rd party Proof Load Test. Hooks can be customized to customer requirements. Features The security lip is designed for ROV operation on both the unlatching and for relatching and will in addition allow for guiding of a grommet onto the hook supported by the ROV only. The security lip is designed for up to 5Te WLL Calculated with safety factor =..

43 ROV Lifting Hook Type The ROV hooks range covers loads from 50 00Te WLL and have a have a safety arrangement which can be fixed in open or in closed position, and easily operated by a work class ROV. D E ROV Transfer Hook Hook Number Weight approx. (kg) A B Hook dimensions C D E F* A C 50Te R R50 50Te R R50 00Te R R60 A *F Radius can be adjusted according to clients needs. A B F Seccion AA Available Certified by rd party Proof Load Test. Hooks can be customized to customer requirements. Features The security lip is designed for ROV operation on both the unlatching and for relatching and will in addition allow for guiding of a grommet onto the hook supported by the ROV only. Calculated with safety factor =..

44 ROV Shackle The dimensions are equivalent to a standard Dtype shackle of the same capacities, the pins and the opening width being the same, as are the Padeye dimensions, for example the Te standard shackle is a perfect match to our Te ROV operated shackle. Shackle Size (WLL) Pin Dia. D (mm) Inside Height A (mm) Inside Height B (mm) Grab Ring Dia. D (mm) W Body Dim. (mm) T H T Top Padeye (mm) D R O/A Length L (mm) Dry Weight (Kg) 6.5Te Te Te Te Te Te Te Te Te On client request hydraulic versions of the above standard ROV shackle range can be produced. This can be operated on ground level thus offering signi icant safety advantages and eliminating the need for working at height.

45 ROV Shackle L D PULL STRAP FOR PIN RETRACTION WLL MARKING A D B W H T (PADEYE) ROV OPERATED LOCKING PLATE Features The grab ring provides easy handling and mating up wtih the ROV manipulator. The lock/unlock positions are clearly marked on the front coverplate: L and U. The Shackle body and the majority of other parts are made from High Tensile Stainless Steel; S65M. The Imenco shackle pin is made of forged high tensile CrNi steel. The shackles are supplied with an aluminium storage case and a full set of documentation. 5

46 ROV Shackles Shackle Operation Shackle located over lifting sling / master link Link ring entered and forcing Push Head upwards 6 Push head forced upwards, by lowering shackle over lifting sling/ master link, releases the preloaded spring to fully enter the pin. Pin fully entered and locked (Lock Plate in L pos.)

47 Hydraulic ROV Shackles Imenco has responded to industry demand by designing a shackle which can be utilized offshore for heavy lifts. Both the lifting pin and the locking mechanism are hydraulically operated. In case of hydraulic failure, the smart design of the release mechanism for the hydraulic cylinders enables the spring to be used as a backup. Shackle Size (WLL) Pin Dia. D (mm) Inside Height A (mm) Inside Height B (mm) Grab Ring Dia. D (mm) W Body Dim. (mm) T H T Top Padeye (mm) D R O/A Length L (mm) Dry Weight (Kg) 50Te x , 00, 00, 500 and 600Te Hydraulic operated ROV shackles can be made on request. Please contact Imenco for further details. Larger shackle versions can be supplied with transport basket. If required, the basket can be certified according to DNV.7. 7

48 8

49 HARDWARE 9

50 General Hardware List At Hawser Sling Co. we are always committed to provide our customers with high quality fittings, rigging attachments, and a vast array of accessories. We supply domestic and imported products including: Alloy chain Grades vailable : 60,80,00 Alloy chain fittings Blocks Container & deck lashing fittings Eye bolts Eye nuts Hand swaging tools/sleeves Hoists Hooks Latch assemblies Links Load binders Master links Pad eyes Quick release hooks Rings Shackles Snakes Sockets Swage fittings Swivel hoist rings Swivels Thimbles Turnbuckles Web sling fittings Wedge sockets Wire rope cutters Wire rope grips Wire rope pullers Wire rope slips 50

51 Tycan Hook and Chain Binder Tycan loadbinder Grade 00 steel Weight 6.0kg Length hookhook, open 8mm Length hookhook, closed 5mm Take up length 00mm EN 95 certified ALL DIMENSION IN MM Tycan Hook Grade 00 steel Weight.0kg EN 95 certified ALL DIMENSION IN MM 5

52 5

53 INSPECTION CRITERIA 5

54 Inspection Criteria Inspection Guidelines Hawser Sling Company is dedicated to safe lifting, towing and mooring operations. To ensure best practices and standards, it is our recommendation to have a qualified individual thoroughly inspect all modified, repaired or new SuperMax UHMPE ropes and slings before each use. This publication and our guidelines are partially or derived from US Cordage Institute International Guideline, CI000, Fiber Rope Inspection and Retirement Criteria and ASME B0.9006, Chapter 9 Synthetic Rope Slings, Use and Maintenance standards. These standards and the following have been referenced: The Cordage Institute International Guidelines CI000 Fiber Rope Inspection and Retirement Criteria, CI5000 V. May 006 Test Methods for Fiber Ropes, CI006 Safer Use of Fiber Ropes DNV Rule for Marine Operations Lifting equipment. slings and grommets ASME B0.9 Safety standard for cableways, cranes, derricks, hoists, jacks and slings IMCA Guidance on the use of cable laid sling and grommets IMCA M79005 BS EN 9 Textile sling safety lifting slings for general service, natural and manmade fibers. The following Cordage Institute and other publications provide additional information about the properties, testing, care and safe use of fiber ropes:. CI00: Fiber Properties (Physical, Mechanical and Environmental) for Cable, Cordage, Rope and Twine. CI0: Terminology for Fiber Rope. CIB.: Fiber Rope Technical Info. Manual basic info for the selection, application and safe use of rope.. CIE: Splicing Handbook, Second Edition, Barbara Merry. (Available from the Cordage Institute.) SuperMax strand rope made with Dyneema When inspecting SuperMax UHMPE ropes and slings, it is recommended to use a conservative approach throughout the inspection process. A visual inspection provides a biased estimate on remaining strength. The use of testing, lifting history and conservative visual inspections provides the best evaluation. This document provides guidance for situations where extensive usage history, documentation, inspection facilities and testing laboratories are available; however, this is most frequently not the case. Less comprehensive inspections are very worthwhile and should be carried out. This guideline does not cover the selection of rope types and materials for specific applications, nor does it provide procedures for safe operation and use. Persons selecting rope must consider their own experience or consult qualified persons, rope standards, manuals, regulations, operating guidelines or the rope manufacturer for information on selection and use of fiber rope. 5

55 Inspection Criteria Frequency Visual inspections shall occur prior to each use of the sling. Periodic inspections will be conducted at least x per year. This inspection will be a complete inspection to cover the entire sling and its components: length, splice, hardware, chafe gear and fittings. If the sling appears to be questionable in any way it should be removed from service and further evaluation shall take place. Purpose Careful and frequent inspection of fiber rope, using procedures contained in this document, reflects prudent safety management required to protect personnel and property. This Guideline provides information and procedures to inspect ropes and to establish criteria for evaluation. This document provides inspectors with help to make reasonable decisions regarding retirement or continued use, including repairing or downgrading. Basis for Inspection and Retirement Fiber ropes are employed in a large variety of applications that differ greatly in the severity of use. In some applications, ropes can serve for many years. In more severe applications or under different conditions, the same rope may degrade rapidly. Also, ropes of different size, construction or material can show substantial differences in longevity in the same application. For each specific fiber rope application the user must establish a basis for retirement that considers conditions of use, experience with the application and the degree of risk present. An inspector should always act conservatively when evaluating rope and making recommendations for further use. Residual strength in a used rope can only be estimated and destructive test methods are required to be definitive. Ropes that have been properly selected and used may be kept in service with some wear if inspected and evaluated in accordance with these guidelines. Inspection Process The user is responsible for inspecting and making decisions on the disposition of used rope based on user established retirement criteria. During continued use and familiarization the user should continue to revise and refine their inspection program based on best practices from their experiences. Any relevant regulatory standards and guides should be reviewed and the pertinent requirements should be incorporated into the program.. Prepare Inspection record sheets or make entries in a log. Fillin known rope information, such as: type, diameter/circumference, fiber material, length, manufacturer, length and type of service. Add name of the inspector, date and location.. Lay out the rope in a straight line, on a smooth surface, under hand tension. Attempt to apply enough tension to straighten the rope. For long lengths of larger ropes, it is best to utilize a mechanical advantage to apply light tension on the rope while it is being inspected. Photograph the rope if appropriate. A) If a rope is long, it may be marked and coded in evenly spaced intervals. For easier identification, mark each fifth and tenth length interval more strongly. If the rope is very dirty, intervals could be marked by using knotted twine pieces passed through the rope. Tape is also appropriate if wrapped completely around the rope. B) Visually examine, stepwise, the entire rope length for detectable damage and deterioration; include eye splices and/or endtoend splices. Record all findings; identify endtoend location of detectable damage areas. Sight the rope down its length as you would a plank or mast. Inspect for high or low strands and randomly uneven cross sections. Look for twist in braided and plaited ropes, and corkscrewing in stranded ropes.. Measure the rope circumference. Determine the circumference in a number of places, in particular in any damaged areas. This is most easily done with a thin whipping twine, thin metal or fabric tape measure or a pitape, wrapped around the rope with slight hand tension. Make note of nominal circumference, and any point on the rope where the circumference varies more than 0 percent from what is found on most of the rope. Ropes may decrease in circumference if well used and may be less than specified for new ropes.. Look for variations in the lay length (in a twisted rope) or pick length (in a braided or plaited rope). Apply a small tension to the rope and check this length at various locations along the rope. te any appreciable deviations in lay or pick length. This length should not vary by more than ± 5 percent over the rope length. On long specimens, the tension must be high enough to minimize the effects of friction with the ground. 55

56 Inspection Criteria New SuperMax strand rope rmal wear external abrasion. Fuzzy. Rope construction change, pulled strand due to a snag. Moderate to Heavy localized external abrasion on two or more adjacent strands, Internal abrasion is good to moderate. Due to the amount of external abrasion the volume of total rope in selected area would be substantially reduced or retired. Severe case of compression, causing the rope to become distorted and not returning to normal relaxed position. 5. Examine the rope for abrasion, cuts, and broken yarns. Make a note of the type, location and level of damage such as: Number of broken or noticeably damaged yarns, depth and length of abrasion or wear spots, frequency and spacing of damage, if damage is one strand or multiple strands. Estimate the loss of strength by comparing abraded or cut fibers as a percentage of the rope diameter or strand diameter. Lengthwise damage of several adjacent strands should be summed the same as if it were around the circumference. 56

57 Inspection Criteria Check any broken rope specimens in detail. A meaningful inspection must include both ends of a broken rope. te Location and nature of break. If possible, identify the conditions that caused the damage, such as rough hardware surfaces, points of contact, excessively sharp bends, or introduction twist from winching practices. Showing melted / fused fibers internally due to significant overloading Open the rope and examine the interior. Turn twisted rope slightly to open the interior for observation. Push on single braided or plaited ropes and/or use a fid to open the interior to view. On double braided ropes, push on the rope and use a fid to open a small hole to view the core. Be careful not to pull strands excessively. Look for broken filaments, fuzzy areas, kink bands. Check braided ropes for hardness. Pushing on the rope should cause the braids to open. Braided ropes should be supple and bend easily. They should flatten slightly when compressed laterally. Check Kern mantle, jacketed ropes or double braids for core breaks. This is manifested by sudden reduction in diameter and can be felt by running hands over the rope. Types of Damage Knowing and determining the causes and severity of the damage is essential to a good rope inspection and essential in deciding retirement criteria. This section lists the most common types of rope damage and describes the effects. Smaller ropes, due to their reduced bulk, suffer a proportionately larger loss of strength than larger ropes due to cuts, abrasion, and environmental exposure. Extra attention is recommended when inspecting small diameter ropes. Excessive Tension / Shock Loading Overloading or shock loading a rope above a reasonable working load limit can cause significant loss of strength and/or durability. Repeated overloading will result in similar damage as that caused by cyclic fatigue. Shock loading may cause internal melting of fiber. Cyclic Tension Wear Ropes that are cycled for long periods of time within a normal working load range will gradually lose strength. This loss of strength is accelerated if the rope is unloaded to a slack condition or near zero tension between load cycles. The subsequent damage is commonly referred to as fatigue. 57